In this paper we investigate a local surface approximation, the Weighted Quasi Interpolant Spline Approxi- mation (wQISA), specifically designed for large and noisy point clouds. We briefly describe the properties of the wQISA representation and introduce a novel data-driven implementation, which combines pre- diction capability and complexity efficiency. We provide an extended comparative analysis with other continuous approximations on real data, including different types of surfaces and levels of noise, such as 3D models, terrain data and digital environmental data.
Data-driven quasi-interpolant spline surfaces for point cloud approximation
A Raffo;S Biasotti
2020
Abstract
In this paper we investigate a local surface approximation, the Weighted Quasi Interpolant Spline Approxi- mation (wQISA), specifically designed for large and noisy point clouds. We briefly describe the properties of the wQISA representation and introduce a novel data-driven implementation, which combines pre- diction capability and complexity efficiency. We provide an extended comparative analysis with other continuous approximations on real data, including different types of surfaces and levels of noise, such as 3D models, terrain data and digital environmental data.File in questo prodotto:
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